INFLOW

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PHARMA INFLOW™ TURBIDITY MEASUREMENT SYSTEM

Turbidity analysis using a high resolution CCD/CMOS image sensor that detects turbidity changes in fluids by measuring the transmittance of light. Using advanced software algorithms the system automatically removes gas bubbles from the analysis resulting in highly accurate and repeatable data outputs. This system is designed for inline use with varying pressures, temperatures, and pipe diameters.

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BUBBLE CHAMBER

When a subatomic particle enters a vessel filled with superheated transparent liquid, it collides with a nucleus in the fluid. That collision releases additional particles, which vaporize the liquid along their paths and leave behind visible bubble tracks. By examining the pattern and behavior of these tracks, the types of particles produced in the collision can be identified.

CANTY has designed and engineered a high-pressure chamber for the superheated liquid, along with the camera and light to acquire images of the tracks. Specialized software is then used on these images to determine the physics of these particle collisions.

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SHORT LOOP SAMPLER – (OIL IN WATER / WATER IN OIL) ANALYZER

The SHORT LOOP SAMPLER™ combines a sampling point with the INFLOW™ Particle Analyzer to deliver real-time concentration and particle size analysis of oil, water, sand, and gas. It enables operators to test multiple points with one analyzer, verify results in the lab, and continuously measure particles from 0.7 to 20,000 microns at 30 frames per second. Designed to sample from the process stream without product loss, it provides accurate PPM/PPB and size distribution for refining and drilling optimization.

Min Fluid Velocity: 3 ft/s (If lower consult factory)

Max Fluid Velocity: 15 ft/s

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FUEL / LUBE OIL PARTICLE & WATER ANALYZER

Particles in lubricating and hydraulic oils are detrimental as they increase wear, clog filters, and accelerate oil degradation. Particle analysis assesses the capability of an online filtration system to clean the oil, and determines if off-line re-circulation filtration is required to clean the fluid, or whether a complete fluid change out is necessary. A high level of wear particles within the fluid is indicative of an impending component failure. Predictive maintenance by periodic lubrication oil analysis can be used to predict and prevent such failures.

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QUICKSAFE PIG LAUNCH

Features:

• Conforms to ASME Section B 31.1, B31.3 and PED
• Pressure ratings from full vacuum to 10,000 psi, 300F
• No bolting or Torqueing
• Zero Leak Closure
• Dual Seal
• Welded, ANSI or DIN mounting
• Duplex Stainless, Super Duplex, and various Alloys
• Sizes 1” – 20” available
• Optional NACE and corrosion liners

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OIL IN WATER – SKID MOUNTED INFLOW

The CANTY Inflow™ with CantyVision™ Software provides real-time, vision-based measurement of oil in water, accurately distinguishing oil, solids, and gas for reliable data. Unlike fluorescence monitors, it enables visual verification, droplet size analysis, and calibration to existing lab methods, helping optimize separator performance and chemical treatment. In-line monitoring and optional video recording ensure continuous analysis without missed production samples.

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OIL IN WATER & TSS

CANTY’s range of INFLOW™ analyzers combine the latest Gigabit Ethernet camera and microscopic optics technology, with our trademark fused glass, LED lighting systems, and CANTYVISION Intelligent Analysis™ software, to provide real time analysis (concentration & size) of Oil and Total Suspended Solids in Water.

Oil & TSS in Water Overview

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OIL IN WATER & TSS

CANTY’s range of INFLOW™ analyzers combine the latest Gigabit Ethernet camera and microscopic optics technology, with our trademark fused glass, LED lighting systems, and CANTYVISION Intelligent Analysis™ software, to provide real time analysis (concentration & size) of Oil and Total Suspended Solids in Water.

Oil & TSS in Water Overview

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API SEPARATOR CONTROL

API separators are critical devices designed to remove oil and suspended solids from the water stream before it is processed further downstream, primarily in petroleum refineries and petrochemical plants. Separator outlets require monitoring to ensure sufficient separation is occurring. CANTY’s field‑deployable systems provide real‑time monitoring of the various separator points, along with visual verification for operators, eliminating the need to enter the field.

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